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zendist

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models write much better code than humans can

What? I think this is either over exaggerating model capabilities or you haven't seen much good code from humans?

My experience is that my colleagues which have bought into model-first development have regressed in quality of the PRs they send out. LLMs are not better coders, in my experience. They lack holistic understanding and often need course correction for that reason. At least in medium to highly complicated systems.

The goal post keeps moving because LLM hypeists keep saying LLMs are "close" to AGI (or even are, already). Any reasonably intelligent individual that knows anything about LLMs obviously rejects those claims, but the rest of the world doesn't.

An AGI would not have problems reading an analog clock. Or rather, it would not have a problem realizing it had a problem reading it, and would try to learn how to do it.

An AGI is not whatever (sophisticated) statistical model is hot this week.

Just my take.

It seems that CloudStrike only parsed and didn't validate, to great effect :-) /s

Not saying that this advice isn't solid, just thought it's funny given the news of this week.

.NET is a strong contender, I would say. The standard library is immensely useful, and many things you may wonder if you need are available as Nuget packages, coming from the same devs who build the std lib.

I don't know about that comparison. CoffeeScript transpiled to JavaScript- Kotlin doesn't transpile to Java, it compiles to JVM bytecode.

So in a sense, from a tooling and compiler perspective, they're orthogonal products, similar (I guess) to C# and F# on the .NET CLR VM.

I had great use of Docker even in my personal RPI projects, as Python modules can be difficult to get compiled and in a usable state on raw Raspbian. In projects at work I personally only recommend Docker when we need Hyper-V isolation or K8s is hosting the product (these are .NET projects, which work really well when published as self-contained binaries).